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In the current study, durable ultra-hydrophobic coatings were prepared using stearic acid and silicone oxytane modified montesite.
process is simple, efficient and environmentally friendly. Unlike previously reported methods, the microscopic/nanostructure of ultra-hydrophobic coatings is an important component of the system built by using a wealth of natural soil
. The surface appearance of the coating was analyzed by scanning electron microscope, while the element composition and the official energy group were characterized by X-ray photoelectronic energy spectrum and Fourier transform infrared spectrum, respectively.
ultra-hydrophobic coatings prepared by
show excellent wear resistance and maintain ultra-hydrophobicity after sandpaper wear at 180cm lengths. In addition to excellent wear resistance, the resulting ultra-hydrophobic coatings also show strong acid resistance and UV resistance. In addition, the coated fabric not only has ultra-hydrophobic and oil-water separation capabilities, but also has excellent refracing resistance due to the thermal stability of MMT particles. ,,/。
the study was published in the Journal of Coating Technology and Research, July 2019, volume 16, Issue 4, pp. 1043-1053.
.